As a city maintenance coordinator, I need a protocol to orchestrate the coordination of 1.35 million Roomba-style vacuums to efficiently clean the streets between 4-5AM without any collisions or missed areas.
Acceptance Criteria
[ ] The protocol must coordinate 1.35 million Roomba-style vacuums simultaneously.
[ ] Cleaning must be completed within the 4-5AM window.
[ ] No collisions between the vacuums are allowed.
[ ] All street surfaces must be cleaned without overlap or missed areas.
[ ] The protocol must adapt to real-time obstacles and changes in the environment.
[ ] The system must keep track of each vacuum's progress and location.
[ ] Vacuums must return to their starting points or designated areas after cleaning.
sequenceDiagram
participant Coordinator as City Maintenance Coordinator
participant Vacuum1 as Roomba-style Vacuum #1
participant Vacuum2 as Roomba-style Vacuum #2
participant VacuumN as Roomba-style Vacuum #N
Coordinator->>Vacuum1: Assign cleaning sector and start time
Coordinator->>Vacuum2: Assign cleaning sector and start time
Coordinator->>VacuumN: Assign cleaning sector and start time
Note over Vacuum1,VacuumN: Vacuums navigate and clean
Vacuum1->>Coordinator: Update status
Vacuum2->>Coordinator: Update status
VacuumN->>Coordinator: Update status
Coordinator->>Vacuum1: Direct return to base after completion
Coordinator->>Vacuum2: Direct return to base after completion
Coordinator->>VacuumN: Direct return to base after completion
Navigation and Collision Avoidance Protocol
As a city maintenance coordinator, I need a protocol to orchestrate the coordination of 1.35 million Roomba-style vacuums to efficiently clean the streets between 4-5AM without any collisions or missed areas.
Acceptance Criteria